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Haryana is a landlocked state in northern India. It is located
between 27 39' to 30 35' N latitude and between 74 28' and 77 36' E
longitude. Mulberry, eucalyptus, pine, kikar, shisham and babul are
some of the trees found here. Some commonly occurring woods are
being discussed in this study and more work is going on different
districts of Haryana. Wood can be found at crime scenes in many
forms: as a murder weapon, as material used to hide a body, or as
trace evidence from forced entry in a number of cases like
burglary, homicide, fraud or vandalism. Softwoods are most easily
distinguished from hardwoods on the basis of bordered pits which
occur on the radial side of the fibrous elements (called tracheids)
that make up the gymnosperm xylem."
In Haryana, INDIA the first ever diatom data basing was done in ten
different water bodies at ten different stations (H1 to H10) and a
total 56 genera and 112 species of diatoms were recorded in the
year 2008-2009 and 2009-2010, respectively. The major genera
identified were Pennales comprises of 49 genera (99 species) and
Centrales comprises of 7 genera (13 species). The diatom frequency
varied during the change of season. The diatom frequency was low in
all the stations during monsoon and maximum during postmonsoon and
premonsoon periods.
A high sucrose clone S. officinarum 'Gungera' and a low sucrose
clone S. spontaneum 'SES 603' were crossed to obtain interspecific
hybrids named as ISH-1 to ISH-29 and graded into very high, high,
low and very low sucrose types The objectives of present
investigation were to compare high and low sugar genotypes, as
also, their progeny for sucrose content, and to identify molecular
markers for sucrose accumulation in sugarcane. Simultaneous work
was carried on six selected commercial sugarcane cultivars also.
Protein markers obtained in SDS-PAGE showed presence of a protein
band of MW 19.95 kD in high sucrose types. Commercial sugarcane
var. Co 7717 showed presence of a total 37 bands, of which protein
bands of MW 100, 87.09, 83.17 and 81.28 kD were highly specific.
DNA markers for high and low sucrose were identified. Of the ten
microsatellite primers selected, four SSRs distinguished high and
low sucrose markers. SSR primer AI, A and B amplified high sucrose
markers and SSR primer SMC226CG+ SMC226CG amplified a low sucrose
marker.
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